Upload
others
View
3
Download
0
Embed Size (px)
Citation preview
Fly Higher. Fly Longer. Fly Smarter.
Unmanned aerial vehicle (UAV) electronics continue to evolve as mission profiles become more demanding. System power designers are being challenged to provide more innovative power supply systems to improve efficiency, ensure reliability, reduce weight, minimize heat dissipation, and lower overall cost. New levels of energy and system-level efficiencies are also required to meet tomorrow’s aviation needs.
Intelligent Air Motor ControllersePropelled intelligent air motor controllers (iAMC), or electronic speed controllers (ESC), are built to work alongside our lightweight propulsion motors. Together, they create a high-performance, high-efficiency propulsion system for your aircraft. Our iAMCs transform DC input voltage into a 3-phase AC output voltage and act as the brain of the electric motor. iAMCs can also sense minute changes in the motor’s direction, acceleration, and other parameters and will automatically adapt to it for optimized stability and precision control.
Intelligent Air Motor Controller iAMC100
D ATA S HE E T
Key Features
Superior quality insulation provides long life and high reliability of windings
Designed to be lightweight with outstanding power density
Built for industrial-strength, longevity, and safety
100% tested with individual performance reports
Self-cooling by design
Notes Lixx = Lithium ion (or) lithium polymer
T/L = Takeoff and landing
TFL = Takeoff, flying, and landing
Isolated 5 V required for PWM speed reference
APM monitors 3-phase voltage, current, DC bus voltage and MOSFET temperature
D ATA S HE E T | IN T E L L I G E N T A IR M O T O R C O N T R O L L E R I A M C10 0 2
iAMC100 TECHNICAL SPECIFICATIONS (PRELIMINARY DATA)
Parameter Measurement
Input Voltage Range 6S Lixx0 to 20S Lixx0
Motor Compatibility Brushless, Sensorless
Burst Current (5 s) 50 Arms
Output Phase Current (Peak) 35 Arms
Output Phase Current (Continuous) 25 Arms
Input Voltage 48 VDC | 60 VDC | 72 VDC
Peak Output Power (T/L1 - 180 s) 1900 W | 2200 W | 2500 W
Continuous Output Power (TFL2 - 2160 s) 1100 W | 1500 W | 1700 W
Efficiency 98%
Internal BEC3 None
PWM Rate Variable Switching Frequency
Advance Angle Control 0 to 50 Degrees
Maximum Frequency 2700 Hz
Ambient Temperature Range 0°C to 40°C (32°F to 104°F)
Maximum Temperature of MOSFET 125°C (257°F)
ePropelled Motor Temperature Protection Yes
Power Lead 3.5 mm (0.138 in) Connector with 10 AWG
Motor Lead 3.5 mm (0.138 in) Connector with 10 AWG
Communication CAN 2.0
Speed Commands PWM, ProShot, DShot (Telemetry shared via CAN)
Data Logging Micro SD Card / EEPROM
Active Parameter Monitoring (APM)4 Yes
Anti-Spark Circuitry Yes
IP Rating IP55
Cooling AirFlow Continuous Operation 2 m/s
Cooling AirFlow Peak Operation 5 m/s
CAN Connector SM04B-GHS-TB
CAN Receptacle GHR-04V-S
Speed Command Connector SM03B-GHS-TB
Speed Command Receptacle GHR-03V-S
Weight 150 g (0.33 lb)
Dimensions (L x W x H)110 mm x 64 mm x 47 mm
(4.331 in x 2.520 in x 1.850 in)
Assembled in USAAll specifications subject to change without notice. For more information, including ordering product, please contact us at info @ePropelled.com.
Warnings and Labels
INTELLIGENT AIR MOTOR CONTROLLER iAMC100
ePropelled © 2021. ePropelled designs intelligent motors, motor controllers, and generators that help reduce energy consumption and improve system efficiency at a lower cost. We are a leader in magnetics engineering, and our patented technology and innovative smart power systems are equally at home in the air, on the road, and under water, defining the future of electric propulsion.
epropelled.com
i A M C10 0